Mindmaze SA continued to add significant funds to its coffers with $105 million as part of a series B financing round, following a $125 million debt financing in October. The new money brings total funding to more than $300 million for the company’s virtual reality-based digital neurotherapeutics platform. Its successful fundraising has pushed the company into unicorn status, making it the first Swiss firm to be valued at more than $1 billion.
With an ambitious goal of bringing 24/7 electroencephalogram (EEG) capabilities to hospitals across the country, Epitel Inc. closed a $12.5 million series A financing round that it plans to use to fund the initial pilot for commercialization of its wearable, wireless EEG platform. The Epilog platform received FDA clearance for use in hospital emergency departments and critical care units last year.
Swiss spinal surgery company Neo Medical SA has closed a $20.6 million financing round led by Swisscom Ventures. The funds will be used for U.S. commercialization of the company’s Advise augmented reality (AR) platform for spinal surgery. The platform is due to launch this year and will complement Neo Medical’s existing implant and instrument solutions. “The funds will be used for recruitment of sales direct sales force, training and education activities in the U.S. as well as U.S. scientific and clinical activities,” Neo Medical CEO Vincent Lefauconnier told BioWorld. “In 2022, we will see some key scientific and clinical work being published showing the massive benefit for patient of the use of our unique combination of technologies.”
Third Harmonic Bio Inc. CEO Natalie Holles said the company’s $105 million in series B money will push THB-001 – a first-in-class, highly selective, oral inhibitor of wild-type KIT – “well past the first proof-of-concept study in inducible urticaria [hives].”
LONDON – In the largest-ever series A for a Spanish biotech, Splicebio S.L. has raised €50 million (US$56.9 million) to apply its protein splicing technology to the delivery of large genes that do not fit into existing vectors. The company claims its approach will overcome the capacity constraints of adeno-associated viral vectors (AAVs), by splitting genes into parcels and reconstituting the proteins they express in vivo.